Примеры использования Mercury can на Английском языке и их переводы на Русский язык
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River said that Mercury can be damaging.
Mercury can be either physically or chemically adsorbed.
It says here that contact with mercury can lead to muscle spasms.
Mercury can be released or extracted during various stages in the production process.
It is for the relativistic contraction of the 6s2 orbital that gaseous mercury can be called a pseudo noble gas.
Mercury can be reduced to 0.05 ppm by adding on a polishing stage with selenium filter10.
Some gas reservoirs in Indonesia contain mercury, and waste-containing mercury can be produced from gas field operations.
Mercury can be treated during both phases- the off-gas and the liquid phase acid plant.
Sites contaminated with mercury are similar to other contaminated sites in that mercury can reach receptors in a variety of ways.
Mercury can be emitted to air from final fuel combustion, fugitive emissions and gas flares.
A product acid containing less than 0.5 ppm mercury can be produced from a gas containing 150 ppm mercury 99.7% removal efficiency.
Mercury can be emitted to the atmosphere during the production of metallurgical coke, which is used in iron and steel industry.
Industrial and other processes that use mercury can result in significant human exposures and releases of mercury to the environment.
Mercury can be present in various concentrations in sludge or slurry, and can be found in activated carbon filters.
Industrial and other processes that use mercury can result in significant human exposures and releases of mercury to the environment.
Mercury can spread far and wide through air and water, and is ingested by fish and other marine life, where it becomes concentrated as it moves up the food chain.
The rest of the mercury goes mainly into the hydrochloric acid by-product, from where mercury can also be recovered, with some air and wastewater emissions that are typically quite low.
Inorganic mercury can be absorbed dermally as evidenced by studies of skin lightening creams and soaps.
Precise numbers are not available, but it is estimated that for waste with a mercury content of more than 10%, the mercury can generally be recovered for less than$US 50 per kg of mercury recovered.
Since inorganic mercury can accumulate in the kidneys and be slowly released, urinary mercury may represent current or past exposure.
The most significant environmental releases of mercury are air emissions, but mercury can also be released in other ways, including discharges from various sources to water and land.
Metallic mercury can be adsorbed(usually at about 95% removal efficiency) to result in emissions to air of below 30 ug/Nm³ if an activated carbon injection in combination with a de-dusting device is used.
The Roman encyclopaedist Pliny the Elder, in Natural History II.vi.39,writes that the planet Mercury can be viewed"sometimes before sunrise and sometimes after sunset, but according to Cidenas and Sosigenes never more than 22 degrees away from the sun.
Mercury can be present in household waste in highly variable concentrations in different countries, mainly depending on the occurrence of mercury in household products and the existence of systems for collection of mercury or if the products are disposed on in the regular waste stream.
Metal carbonyls react with reducing agents such as metallic sodium or sodium amalgam to give carbonylmetalate(or carbonylate) anions: Mn2(CO)10+ 2 Na→ 2 Na For iron pentacarbonyl, one obtains the tetracarbonylferrate with loss of CO:Fe(CO)5+ 2 Na→ Na2+ CO Mercury can insert into the metal-metal bonds of some polynuclear metal carbonyls: Co2(CO)8+ Hg→(CO)4Co-Hg-Co(CO)4 The CO ligand is often susceptible to attack by nucleophiles.
Labelling products which contain mercury can help to secure the proper separation and consequently the environmentally sound disposal of mercury-added products at the end of their useful life.
By comparison, high exposures to inorganic mercury can occur through contact with mercury or mercury vapours at or near the source of use or release.
Elemental mercury can be removed by transforming it into ionic mercury; this is done by adding oxidants and then depositing it in the scrubber or deposing it directly on sulphur doped activated carbon, hearth furnace coke, or zeolites.
While ACI andother direct controls for mercury can operate well in conjunction with other air pollution controls, it is not necessarily the case that advanced emission controls are required for proper functioning of mercury controls.
The amount of mercury could be more than 2 tablespoons(30 millilitres). Larger spills should be reported to the authorities for oversight and follow-up;